RAM Warn is designed to operate with detection capabilities and command and control (C2).

RAM Warn is designed to operate with detection capabilities and command and control (C2).

• A. RAM Warn requires detection capabilities and C2 to operate
• B. RAM Warn operates without sensors
• C. RAM Warn does not rely on C2
• D. RAM Warn is independent of RAM threats

Answer: (A)

RAM Warn relies on having detection capabilities and a command-and-control channel to function. If it’s designed to operate with detection capabilities, sensors or detection logic are part of how it identifies RAM threats. The inclusion of a C2 element means there’s a coordinated mechanism to manage alerts, communications, and responses across the system. So the statement that RAM Warn requires detection capabilities and C2 to operate best describes how it works. Saying it operates without sensors contradicts the stated design to work with detection. Saying it does not rely on C2 contradicts the role of C2 in its operation. Saying it’s independent of RAM threats ignores the purpose of RAM Warn altogether.

RAM Warn relies on having detection capabilities and a command-and-control channel to function. If it’s designed to operate with detection capabilities, sensors or detection logic are part of how it identifies RAM threats. The inclusion of a C2 element means there’s a coordinated mechanism to manage alerts, communications, and responses across the system. So the statement that RAM Warn requires detection capabilities and C2 to operate best describes how it works.

Saying it operates without sensors contradicts the stated design to work with detection. Saying it does not rely on C2 contradicts the role of C2 in its operation. Saying it’s independent of RAM threats ignores the purpose of RAM Warn altogether.